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Teaching degree Gymnasium / Bachelor of Education

The Bavarian teacher training programme is divided into an academic course of study at the university, which ends with the first state examination, and a two-year traineeship, which concludes with the second state examination. The university degree programme for a teaching degree at grammar schools consists of

  • two teaching subjects
  • the education degree programme and
  • the Internships.

The study programme for the subject of physics at grammar schools is divided into an in-depth study of the subject and didactics.

The two-subject Bachelor of Education (science and mathematics education) forms a subset of the degree programme for the teaching degree at grammar schools and is completed after 6 semesters with the Bachelor's degree (including Bachelor's thesis 6 LP). For this reason, only the programme for the teaching degree in Physics at grammar schools is presented below.

Please note: The Examination Regulations form the legal framework of a degree programme. Among other things, they specify which modules must be completed to graduate and are therefore compulsory reading for all students. The information on this page refers to the current version of the Examination Regulations and may therefore not apply to all students. In any case, the Examination Regulations applicable to students are legally binding.

Specialised science

The specialised scientific training provides in-depth knowledge in the areas of experimental physics and the structure of matter as well as basic knowledge of theoretical physics. In terms of content, experimental physics focuses on the four fundamental sub-areas of mechanics, electrodynamics, waves and quanta as well as thermodynamics. School content is taken up and deepened. The structure of matter describes the structure of atoms and molecules. Theoretical physics addresses aspects of classical mechanics, electrodynamics and quantum mechanics.

Compulsory modules

According to LPO I, at least 92 credit points must be earned from specialised courses, 77 of which must be from compulsory modules and at least 15 from constrained elective modules.

Module IDCourse
1. Semester
PHY-LA-GYM-P-01B (external link, opens in a new window)Experimental Physics I: Mechanics
PHY-LA-GYM-P-03 (external link, opens in a new window)Practical course for beginners A1

 

2. Semester

PHY-LA-GYM-P-01B (external link, opens in a new window)Experimental Physics II: Electrodynamics
PHY-LA-GYM-P-03 (external link, opens in a new window)Practical course for beginners A2

 

3. Semester

PHY-LA-GYM-P-01B (external link, opens in a new window)Experimental Physics III: Waves and Quanta
PHY-LA-GYM-P-04B (external link, opens in a new window)Theoretical Physics I: Classical Mechanics

 

4. Semester

PHY-LA-GYM-P-01B (external link, opens in a new window)Experimental Physics IV: Thermodynamics
PHY-LA-GYM-P-04B (external link, opens in a new window)Theoretical physics I: Electrodynamics

 

5. Semester

PHY-LA-GYM-P-05 (external link, opens in a new window)Theoretical physics II: Quantum Mechanics I
PHY-LA-GYM-P-06 (external link, opens in a new window)Structure of matter I: Atoms and molecules

 

6. Semester

PHY-LA-GYM-P-07 (external link, opens in a new window)Structure of Matter II: Solid State Physics

 

7. Semester

PHY-LA-GYM-P-07 (external link, opens in a new window)Structure of matter II: Nucleus and particle physics

 

From 7th semester

PHY-LA-GYM-P-08 (external link, opens in a new window)Advanced practical course I

Note: It is possible to complete the advanced practical course I in an extended form with 8 credit points. In this case, 6 CP are credited to the compulsory area, 2 CP to the free elective courses in.

Constrained elective modules

At least 15 credit points must be earned from the constrained elective modules.

Module IDCourseRecommended semesterLPs
PHY-LA-GYM-W-01 (external link, opens in a new window)Theoretical Physics III: Thermodynamics and Statisticsin the 6th semester6
PHY-LA-GYM-W-02 (external link, opens in a new window)Module(s) from the Master's specialisation programmefrom 5th semester6
PHY-LA-GYM-W-03 (external link, opens in a new window)Practical course B (teaching degree)from 3rd semester6
PHY-B-P-04 (external link, opens in a new window)Practical course B (Bachelor)from 3rd semester8
PHY-LA-GYM-W-41 (external link, opens in a new window)Electronics (teaching degree)from 4th semester4
PHY-LA-GYM-W-42 (external link, opens in a new window)Computer and microcontroller technologyfrom 7th semester6
PHY-LA-GYM-W-43 (external link, opens in a new window)Technical data processingfrom 7th semester6
PHY-LA-GYM-W-44 (external link, opens in a new window)Electronics (Master)from 6th semester6
PHY-LA-GYM-W-05 (external link, opens in a new window)Advanced practical course IIfrom 7th semester6
PHY-LA-GYM-W-61 (external link, opens in a new window)Programming in C and C++from 2nd semester6
PHY-LA-GYM-W-62 (external link, opens in a new window)Scientific word processing with LaTeXfrom 2nd semester3
PHY-LA-GYM-W-63 (external link, opens in a new window)Introduction to Matlabfrom 2nd semester3
PHY-LA-GYM-W-64 (external link, opens in a new window)Introduction to Maplefrom 2nd semester3
PHY-M-VS-05 (external link, opens in a new window)Linux: basics, concepts, applicationsfrom 5th semester3
PHY-LA-GYM-W-07 (external link, opens in a new window)Energy Physicsfrom 5th semester2
PHY-LA-GYM-W-08 (external link, opens in a new window)History of physicistsfrom 4th semester2
PHY-LA-GYM-W-17 (external link, opens in a new window)Astronomy and cosmologyfrom 4th semester4
PHY-LA-GYM-W-18 (external link, opens in a new window)Mathematics methodsfrom 1st semester10
PHY-LA-GYM-W-19 (external link, opens in a new window)Further physics for schools on quantum mechanicsfrom 5th semester4
PHY-LA-GYM-W-20 (external link, opens in a new window)Further physics for schools on electrodynamicsfrom 2nd semester4
PHY-LA-GYM-W-21 (external link, opens in a new window)Physics in life and everyday lifein the 5th semester4-6
PHY-LA-W-21 (external link, opens in a new window)Planning, implementing and reflecting on lessons in the learning research laboratoryfrom 4th semester4

Note: Only PHY-LA-GYM-W-03 or PHY-B-P-04 and PHY-LA-GYM-W-41 or PHY-LA-GYM-W-44 can be credited.

Didactics

In the physics didactics courses, you will learn the basics for successful physics lessons. You will learn how to use experiments effectively and how to successfully combine learning content with experimentation. You will design physics lessons together with experienced lecturers and reflect on them. They also receive suggestions for creative physics lessons in specially designed modules.

Compulsory modules

In the compulsory area, a module with 6 credit points and a final oral module examination must be completed.

Module IDCourse
5. Semester
PHY-LA-GYM-P-09B (external link, opens in a new window)Experimental Seminar I

6. Semester

PHY-LA-GYM-P-09B (external link, opens in a new window)Experimental Seminar II

Constrained elective modules

At least 4 credit points from the constrained elective modules must be demonstrated. Courses from the didactics constrained elective courses can also be booked in the free elective courses (15 credits) or in the EWS elective courses.

Module IDCourseRecommended semesterCPs
PHY-LA-GYM-W-09 (external link, opens in a new window)Teaching and learning in physics lessonsfrom 3rd semester4
PHY-LA-GYM-W-11 (external link, opens in a new window)Selected topics from physics didactics (exam preparation)from 8th semester2
PHY-LA-GYM-W-14 (external link, opens in a new window)Ideas, media and design - creative physics lessonsfrom 3rd semester2
PHY-LA-GYM-W-15 (external link, opens in a new window)Pupils research in projectsfrom 3rd semester3
PHY-LA-GYM-W-16 (external link, opens in a new window)Empirical research in physics didacticsfrom 7th semester2

Internship during your studies

It is recommended to complete the internship and the associated seminar from the 6th semester onwards. The 5 credit points for the internship (including the accompanying university course) are allocated to the free elective courses in.

Module IDCourse
PHY-LA-GYM-W-10 (external link, opens in a new window)Study-related Internship
PHY-LA-GYM-W-10 (external link, opens in a new window)Seminar on the study-related Internship

Authorisation

Requirements for admission are a general higher education entrance qualification, a subject-specific higher education entrance qualification or a professional qualification. An application is not necessary for domestic students, as the degree programme is not subject to admission restrictions. International students should refer to the application information provided by the International Office.

A German Language Certificate forStudents with Foreign University Entrance Qualification is required.

General information on the topics of application, admission and enrolment, including the dates for enrolment and the required documents, can be found on the Registrar's Office website.

If you have any problems or questions regarding application or admission, please contact the Academic Advising Centre.


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